> ## Documentation Index
> Fetch the complete documentation index at: https://docs.ntop.com/llms.txt
> Use this file to discover all available pages before exploring further.

# How to use the FDM Fixture Generator

## Objective:

This tutorial explains how to use the Stratasys FDM Fixture Generator. nTop developed this workflow in collaboration with Stratasys to help engineers design and manufacture custom fixtures quickly and efficiently. After reading this walkthrough, you will know how to:

* Import geometry into the FDM Fixture Generator.
* Create and modify manufacturing-ready fixtures.
* Export the geometry to 3D printing formats.

Before starting this tutorial, [download the example files](https://ntop.box.com/s/g0zt90yha6c3vzluxx4g8zobhwp0sdz9) and open *Stratasys FDM Fixture Generator.ntop*. Note that this workflow is predefined. You will perform the following steps using the Notebook on the left side of the screen.

Basic Workflow Overview![overview1.PNG](https://files.learn.ntop.com/help-articles/fdm-fixture-generator/360098406294.png)

Optional Advanced Capabilities![advanced.PNG](https://files.learn.ntop.com/help-articles/fdm-fixture-generator/360100657493.png)

## Procedure:

**1. Import the design to be fixtured.**

* * Click the Folder on the **CAD Part** or **Mesh Part** block and pick the design you want to import. In the example, *bracket.stl* is already selected.
    * If working with CAD Parts, we suggest using Parasolid (x\_t).
    * If working with Mesh Parts, make sure to choose the correct units.
    * Enter the **Part Orientation** to specify the part removal direction.

**2. Create a fixture from the Imported geometry.**

* * Drag your CAD Part or Mesh Part into the **Default Conformal Fixture** block's Part property and allow the fixture to generate.
    * [Visit this guide for a more extensive explanation of the Default Conformal Fixture block.](https://support.ntop.com/hc/en-us/articles/360058869733)

**3. Generate the mesh and export it to one of the available 3D Printing formats.**

* * Drag **Default Conformal Fixture** into the **Mesh Fixture** block.
    * We recommend a Feature Size of 1 mm. Smaller values will improve accuracy but may significantly increase processing time and computational requirements.
    * Drag the **Mesh Fixture** into the **Export Mesh** block and specify a location and file name for the output.

1. 1.

2.

![ezgif.com-gif-maker\_\_1\_.gif](https://files.learn.ntop.com/help-articles/fdm-fixture-generator/360100658573.png)

And there you go! If you've followed the instructions in this walkthrough, you should now be ready to open your file with GrabCAD Print and prepare the geometry for FDM printing.

Open the file *Stratasys FDM Fixture Generator Tool.ntop* to work on your designs.

If you still have questions, our [support team](https://support.ntopology.com/hc/en-us/requests/new) will gladly help you.

## Example file:

* [Stratasys FDM Fixture Generator example files.](https://ntop.box.com/s/g0zt90yha6c3vzluxx4g8zobhwp0sdz9)

## Keywords:

*tutorial stratasys 3d printing fixture generator fdm*